How to judge the power of fertiliser mixer

Introduction

In actual production, how to accurately judge the power of the fertilizer blender is an important guarantee for the normal operation of the equipment and the smooth progress of production. This article will analyze how to judge the power of the fertilizer blender from the aspects of its structural characteristics, material properties, rotation speed and power relationship.

Structural features of mixing machines

Mixing machines are mainly composed of mixers, motors, reducers, supports, etc. The mixer is composed of two symmetrical hyperboloid shells. Four stirring arms are fixed on each hyperboloid shell. They are fixed on the motor and reducer through the chassis and two bearings to achieve the purpose of rotating mixing. The motor drives the rotor to rotate after decelerating through the gear reducer, stirring the materials and completing the mixing. Mixing machines have the advantages of good mixing effect, short mixing time and low energy consumption. They are ideal equipment for preparing dry powder materials.

Effect of fertilizer mixing material properties

When using fertilizer mixing, the material properties are the basis for judging the equipment power. The quality of the material directly affects the mixing effect and production efficiency of the mixer. The materials commonly used in the market can be divided into two categories: powdery materials and granular materials. Powdered materials are usually not easy to fall to the ground, but are easier to form corner piles and funnel flows than granular materials. Granular materials show relatively good fluidity, but require a mixer with good wear resistance for mixing. Therefore, when judging the fertilizer mixing power, it is necessary to comprehensively consider the powdery and granular properties of the material.

Effect of blending machine rotation speed

The rotation speed is also an important factor in judging the power of the fertilizer mixer. The rotation speed directly affects the mixing effect, material dispersion and production efficiency of the bending machine. Generally speaking, the faster the mixer rotates, the greater the power required. In actual production, reasonable adjustments need to be made according to the material properties and production effects to ensure the normal operation of the equipment and production efficiency.

Relationship between fertilizer mixing power and time

When using fertilizer mixing, it is often necessary to set a certain mixing time according to production requirements. There is also a certain relationship between power and time. Generally speaking, when the stirring time is longer, the required power will gradually increase. Therefore, when judging the fertilizer mixing power, it needs to be comprehensively considered in conjunction with the working time of the equipment to meet the production effect and normal use of the equipment.

Conclusion

To sum up, judging the power of a blending machine is a comprehensive issue that requires consideration of multiple factors such as material properties, rotation speed, and mixing time. At the same time, the parameters of the equipment need to be reasonably adjusted to meet production requirements and normal operation of the equipment. In actual use, the power can be judged by observing the running status of the blending machine. If the equipment is running unstable, the operating sound becomes louder, or abnormal conditions occur, the equipment parameters may need to be adjusted or repaired.